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2024-10-12
On October 10, 2024, the global renewable energy industry focused on Sweden, witnessing the grand opening of the Battery Tech Expo. As a key event for the Nordic region's new energy sector, the exhibition gathered many leading companies and experts from both domestic and international battery industries, showcasing the latest technological achievements, product applications, and industry trends. Throughout the expo, diverse forums, seminars, and roundtable discussions provided participants with a platform for in-depth exchange and collaboration.
“Ener” Series: Shining Star in Swedish Market, 20+ Successful Implementations
Vilion showcased the “Ener” series of products, solutions, and case studies at the Battery Tech Expo, attracting numerous visitors. The “Ener” series, known for its superior performance, innovative design, and broad application scenarios, has seen over 20 successful implementations in Sweden. The latest 1C Enercube containerized energy storage system features efficient charge/discharge capabilities, multi-layer safety designs incorporating combustible gas detection, Novec 1230 fire protection, and water fire suppression, as well as fast frequency regulation response. These advantages make it a standout solution for C&I frequency regulation and grid ancillary service, winning high praise from clients.
Positive Feedback Fuels Market Expansion, Vilion Innovation Drives Industry Growth
During this expo, we received more positive feedback and new cooperation intentions from Swedish clients, further laying a solid foundation for expanding the market presence of the “Ener” series. Moving forward, we will continue to deepen technological innovation and enhance product experience, striving to bring more high-quality energy storage products to global customers, contributing to the sustainable development of the energy industry.
Vilion also looks forward to meeting industry peers at the next industry exhibition, delving into the latest developments in new energy and energy storage technologies, and together exploring the limitless possibilities of the market.
Vilion (Shenzhen) New Energy Technology Co., Ltd.
2024-09-30
On September 29, 2024, Vilion welcomed a visit from a major battery energy storage system service provider from Sweden. Mr. Andre and Mr. Thomas represented their company to officially accept the six sets of 1MW/1.2MWh EnerCube 1C containerized battery energy storage systems purchased from Vilion in August this year. They also toured our intelligent manufacturing facilities located in Shenzhen and Heyuan, Guangdong.
Accompanied by Boris Fu, Sales Director of Vilion’s Netherlands subsidiary, Dee Zhang, Director of Product Development, Ping Lee, Solutions Manager, and Factory Director Wang, Andre and Thomas first visited the Heyuan intelligent manufacturing base, where they conducted on-site testing and acceptance of the six EnerCube systems that had been produced and passed inspection. Vilion’s technical and R&D engineers provided detailed explanations of the products and conducted Factory Acceptance Tests (FAT) based on the client’s requirements.
Following this, the clients, guided by Shawn Song, CEO of Vilion, Ping Lee and Boris Fu, visited the Shenzhen intelligent manufacturing plant. They gained in-depth insights into the development history of Vilion, Vilion’s product range, the production processes of battery energy storage systems, and the company’s safety management system. Both parties engaged in detailed discussions regarding the latest structural design and safety protection system of the upgraded EnerArk integrated outdoor battery energy storage cabinet launched in June this year by Vilion, as well as the design of integrated charging and storage solutions. The tour also included the modular assembly production line and testing center for the EnerBC and EnerCube energy storage systems.
The six EnerCube systems, which passed acceptance, were dispatched to Sweden on the same day and are expected to be used for frequency regulation auxiliary services in the destination industrial park. We look forward to the deployment of the EnerCube systems and are committed to continuously providing our clients with exceptional energy storage and frequency regulation solutions through high-quality products!
Swedish Client Accepts 6MW/7.2MWh 1C EnerCube BESS from Vilion
2024-09-28
From September 24 to 26, 2024, the global renewable energy industry converged at the Birmingham International Convention Centre in the UK for the highly anticipated Solar & Storage Live 2024 event. As one of Europe’s most influential solar and energy storage exhibitions, the event attracted numerous leading companies and experts from across the renewable energy value chain to collaboratively exploring trends in new energy and energy storage technologies and markets.
Vilion Stuns with Its Cutting-Edge C&I Battery Energy Storage Solutions
Vilion made a strong impression at the event with its independently developed "Ener" series flagship products, which have already been deployed across five continents and in over 30 countries. Tailored for C&I scenarios such as industrial parks, data centers, solar + storage charging stations and farms, the "Ener" series effectively addresses energy storage and management challenges, enhancing energy efficiency and reducing operational costs for its clients through comprehensive, turnkey energy storage solutions.
UK Energy Storage Market: Vast Potential and Bright Future
The UK’s energy storage market is rapidly expanding, supported by government initiatives aimed at promoting energy storage growth. Policies such as the Smart Systems and Flexibility Plan encourage the integration of storage technologies with smart grids to enhance energy system flexibility. Additionally, National Grid’s Electricity System Operator (ESO) supports energy storage through capacity market mechanisms and frequency response services. Vilion is keenly aware of these trends and is strategically positioning itself in the UK market, aiming to bring advanced storage technologies to local clients and provide efficient, reliable energy solutions. Vilion is also committed to serving C&I users in the UK with advanced energy storage technologies, providing more efficient and reliable energy solutions.
Future Outlook: Collaborative Growth Toward a Green Energy Era
Looking ahead, Vilion remains dedicated to its core values of innovation, sustainability, and efficiency. The company plans to increase investment in energy storage research and development while expanding its market presence. Vilion aims to diversify its "Ener" product line and promote the continuous improvement and iteration of existing products, leading the varied needs of its customers. Additionally, the company will actively seek deeper collaborations with partners both domestically and internationally to drive the global renewable energy industry forward.
Solar & Storage Live 2024"Ener" C&l Energy Storage Family Shines at UK's Solar & Storage Live 2024
2024-09-22
The scorching summer is coming to an end, but Vilion 's commercial and industrial （C&I）battery energy storage products are still in high demand. As of now, the total orders for the EnerArk series of integrated outdoor battery energy storage cabinets have exceeded 6MWh both domestically and internationally in September.
EnerArk is a star product of Vilion, featuring built-in Bloomberg Tier 1 supplier brand battery cells. With the All-in-One design and plug-and-play functionality, allowing on-site installation and commissioning to be completed within 30 minutes. It has comprehensive certifications for the whole cabinet, including UN, CE, VDE2510, and CEI021/CEI016 for the complete system.
In June of this year, Vilion updated and upgraded the EnerArk. The latest version has enhanced the safety protection system, building on its existing advantages. It now forms a comprehensive safety protection chain, incorporating BMS, combustible gas detection, smoke detection, water firefighting, gas suppression with Novec1230, water immersion detection, and GPS (optional). Additionally, fireproof pressure relief valves and partitioned operation and maintenance design have greatly reduced safety risks for on-site and maintenance personnel. EnerArk has also further optimized its structural design, increasing energy density to achieve a smaller volume and reduced space requirements for the same amount of energy. This provides users with a superior and more efficient energy storage experience.
The hot sales of the EnerArk series show just how competitive Vilion ’s C&I energy storage products are! It’s also a big thumbs-up from customers for the innovation and upgrades we’ve packed into EnerArk. It’s giving us all the motivation to keep exploring, innovating, and delivering even better products and services. Looking ahead, Vilion is ramping up R&D investment to push the boundaries of energy storage tech. We’re all about bringing more efficient and eco-friendly solutions to customers worldwide!
Vilion's Best-Selling Products in September: EnerArk Orders Exceed 6MWh
2024-09-22
Amidst the global transition to clean energy, energy storage technology is playing a crucial role in driving changes in energy structures, experiencing unprecedented rapid development. Various energy storage integration technology routes, each with its distinct characteristics and applicable scenarios, are displaying diverse developmental patterns in practice. Here is an interpretation of five energy storage integration technology routes:
Centralized Energy Storage Technology Route:
Definition: Centralized energy storage refers to the deployment of energy storage devices in a single area to manage, store, and release large-scale electricity centrally.
Advantages:
Large Capacity and High Efficiency: Centralized storage systems typically have larger storage capacities, effectively addressing large-scale electricity demands. Their high energy density and efficiency make large-scale energy storage feasible.
Ease of Management: Concentrated deployment of equipment simplifies operation and maintenance, especially suitable for large energy enterprises, allowing for unified scheduling and control while reducing system complexity.
Volatility Mitigation: Centralized energy storage can stabilize fluctuations from large-scale renewable energy generation in the grid, enhancing grid stability and reliability.
Applicable Scenarios: Suitable for large wind farms, photovoltaic power stations, and grid-side storage projects, such as peak shaving, frequency regulation, and black start scenarios requiring large-scale energy management.
String-Based Energy Storage Technology Route:
Definition: String-based energy storage involves connecting multiple energy storage units (e.g., battery packs) in series or parallel to form a storage system, where each unit can operate and be controlled independently.
Advantages:
Flexible Modular Design: String-based storage systems often use modular designs, facilitating expansion. Users can scale the system up or down based on different needs.
Independent Control and Maintenance: Each storage unit operates independently, making it easier to troubleshoot issues and reducing the impact of a single fault on the entire system.
Fault Tolerance: When some storage units encounter problems, others can continue to function normally, maintaining overall system operation.
Applicable Scenarios: Ideal for distributed energy systems (e.g., rooftop photovoltaics, microgrids) and C&I users requiring customized solutions.
Hybrid Distributed Energy Storage Technology Route:
Definition: Hybrid distributed energy storage combines centralized and decentralized features, using an intelligent scheduling system to distribute storage units across various locations while managing and optimizing control centrally.
Advantages:
Combination of Centralized and Decentralized Benefits: Hybrid systems integrate the efficient management of centralized storage with the flexible control of decentralized systems, optimizing energy resource allocation.
Smart Scheduling Optimization: Through an Energy Management System (EMS), hybrid distributed storage can flexibly schedule storage units based on power demand changes, improving system efficiency.
Distributed Flexibility and Reliability: This model enhances system fault tolerance and risk resistance, maintaining stability in local grids even when regional grid faults occur.
Applicable Scenarios: Suitable for regional grids, large industrial parks, or urban comprehensive energy systems, helping improve regional energy self-sufficiency and risk resilience.
Distributed Energy Storage Technology Route:
Definition: Distributed energy storage involves deploying multiple small-scale storage devices close to load centers to optimize electricity efficiency and supply stability.
Advantages:
Flexible Deployment: Distributed storage can be configured flexibly according to actual electricity needs and site conditions, adapting to various scales and types of electricity environments.
Modular Expansion: Similar to string-based systems, distributed storage often uses modular designs, offering strong expansion capabilities for increasing or decreasing storage capacity as needed.
Reduced Transmission and Distribution Costs: With storage units located near load centers, power transmission losses are reduced, optimizing transmission efficiency.
Applicable Scenarios: Suitable for commercial and industrial user-side applications, zero-carbon parks, and renewable energy storage scenarios, particularly in areas with complex and uneven energy demands.
Since its establishment, Vilion has focused on energy storage solutions for C&I users, offering efficient and reliable innovative storage solutions. Vilion primarily concentrates on the research, development, and application of C&I battery energy storage technologies, committed to optimizing energy structures and promoting sustainable development. The founders and core members are pioneers in the field of elec
Energy Storage Knowledge Classroom | Energy Storage Integration Technology Routes
2024-09-18
This week,Vilion’s Shenzhen Intelligent Manufacturing Center hosted clients from both Japan and Shenzhen to jointly witness the Factory Acceptance Tests (FAT) for its energy storage products. Two tests, organized and accompanied by Vilion's expert technical team, were successfully completed, showcasing the reliable performance of Vilion's products, further strengthening customer trust.
Shenzhen Clients Witness Successful Acceptance of the EnerGeo Integrated Outdoor Battery Energy Storage Cabinet
Led by pre-sales engineers, Shenzhen clients conducted a thorough inspection of the EnerGeo integrated outdoor battery energy storage cabinet, covering both appearance and functionality. The equipment's aesthetics, labeling, and technical specifications all met the standards. The team then completed a series of tests, including system communication tests, charge-discharge efficiency validation, fire fighting system sensitivity checks, and an evaluation of the EMS (Energy Management System) functionality. The EnerGeo successfully passed the FAT, receiving high praise from the clients.
Japanese Clients Witness the Outstanding Performance of the ViStarter EMS
Simultaneously, Japanese clients participated in the acceptance test for the ViStarter Edge Energy Management System (EMS). The test covered several core functionalities, including communication stability, real-time data display, SOC (State of Charge) control precision, PV self-consumption, and peak-load shifting operating strategies. The ViStarter EMS performed exceptionally well, demonstrating its strong capabilities in enhancing energy management efficiency and system stability. Japanese clients expressed high expectations for its real application in various energy storage scenarios in Japan.
Vilion: 16 Years of Experience in Energy Storage, Global Provider of Comprehensive C&I Energy Storage Solutions
Vilion’s core technical team has been deeply involved in the energy storage industry for 16 years, independently developing a series of innovative C&I energy storage products, including the EnerCube containerized battery energy storage system, the EnerArk and EnerGeo series of integrated outdoor battery energy storage cabinets, the ViStarter EMS, and the ViViewer intelligent O&M cloud platform. These solutions, spanning multiple power ranges, capacities, and application scenarios, have been successfully deployed in over 30 countries worldwide. They are widely used in industries such as healthcare, data centers, and industrial applications, contributing to the global transition to sustainable energy structures.
Breaking News: Vilion Welcomes Japanese Clients Witnessing the Successful Completion of the FAT Test
2024-09-18
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2024-09-13
Q What is the "Mining Area + Energy Storage" model?
A The "Mining Area + Energy Storage" is an energy management model that applies energy storage systems to mining areas. Energy storage systems can store and release electricity, addressing issues like unstable power supply and low energy efficiency in mining area. It helps improve energy management in mining areas and supports their green, low-carbon development.
Q Why does the mining industry urgently need energy storage technology?
A The mining industry is a crucial pillar of the global economy, accounting for 11% of global energy consumption. While it provides essential raw materials for various sectors, the industry is characterized by high energy consumption and heavy reliance on traditional energy sources (coal, oil, natural gas). This results in high operational costs and significant environmental burdens. At the same time, with the growing global environmental awareness, the mining industry is under pressure to transition to greener or carbon-neutral operations. Energy storage technology is a key driver of this transition, is propelling the development of more stable and efficient energy supply systems and green energy ecosystems in mining areas.
Q What roles does the energy storage system play in mining area operations?
A The main roles of energy storage systems in mining area operations include:
Ensuring power supply stability: Mining area sites are often located in remote areas with complex power supply lines, making them vulnerable to disruptions from natural disasters and other factors. Energy storage systems can provide emergency power during grid failures or insufficient supply, ensuring uninterrupted production and preventing losses caused by power outages.
Improving energy efficiency: Mining equipment (such as ventilation, drainage, and hoisting systems) has fluctuating power demands. Energy storage systems can store energy during low-demand periods and release it during peak demand, achieving dynamic load balancing. This improves energy efficiency and reduces electricity costs.
Enhancing grid load balancing and frequency regulation: Energy storage systems can rapidly respond to fluctuations in grid load, regulating frequency and voltage through charge and discharge cycles, thus alleviating grid pressure, enhancing grid stability and operational efficiency.
Promoting renewable energy utilization: As more renewable energy projects, such as solar and wind, are deployed in mining areas, energy storage systems can be integrated with these sources. They store excess energy during surplus generation and release it during peak demand, ensuring the stable supply of renewable energy and maximizing its utilization and reduces waste.
Achieving energy-saving and emission-reduction goals: The introduction of renewable energy and energy storage systems can reduce reliance on traditional fossil fuels in mining areas operations and lower carbon emissions. By optimizing the energy structure and the stability of supply, energy storage systems help reduce energy consumption and support the development of green mining.
In conclusion, energy storage technology not only boosts energy efficiency in mining area but also resolves the intermittent generation challenges of renewable energy, driving the industry's shift toward a low-carbon and environmentally friendly transformation.
Energy Storage Knowledge Class | Application Scenario: Mining Area + Energy Storage
2024-09-13
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